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Exploration of different sliding elements

Exploration of sliding elements

Precedents
With a bit of research I have found some examples of potential sliding elements I could use within my design. Following each one is a sketch of how it could be incorporated to my previous designs. 

Pros:
A clean, elegant way of sliding that can act as a joiner and also as a slider in various circumstances. 


Cons:
Connections may be weak and only cardboard is allowed. May not be able to grip cardboard so well if it is cardboard on cardboard. 












 Pros:
Blocker acts as a nice barrier to stop the slider from moving too far thus creating a stronger force barrier. 



Cons: Might prevent any more extension or the force put on the blocker may break the end off potentially. 
Pros: Solid sliding mechanism which enables flat surfaces to collide which makes for a smooth movement. 





Cons: Cardboard might not be big enough to do this. Limitations of thickness of cardboard and structural integrity. And no blocker to stop from moving all the way. 






Playing around with different connections in the images below




This is strong and easy to assemble. There is also an amount of friction which is added onto the design which actually makes it a lot sturdier than it seems which is a good thing. However, for durability this could wear down over time and wholes could get bigger allowing for more sideways movement. 


Carving into the cardboard was also a good opportunity for me to explore various techniques however I would not find it very useful as I am very reliant on various support and stress to create a strong structure and would not cut it. There however is an element of slide which may be a good thing when considering friction and its impact.



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